A planet's orbit is described by the ellipse: y² (x-h)² a² where (all are in UAS): a =1.65, b=3.25 + = 1 h =-3.49 What is the maximum distance (Aphelion) in AUS that this planet gets to be from the star around which it orbits?
A planet's orbit is described by the ellipse: y² (x-h)² a² where (all are in UAS): a =1.65, b=3.25 + = 1 h =-3.49 What is the maximum distance (Aphelion) in AUS that this planet gets to be from the star around which it orbits?
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Transcribed Image Text:A planet's orbit is described by the ellipse:
(x-h)²
a²
where (all are in UAS):
a =1.65, b=3.25
+
y²
6²
1
h =-3.49
What is the maximum distance (Aphelion) in AUs that this planet gets to be from the star
around which it orbits?
Expert Solution
Introduction:
Kepler was the scientist who gave 3 laws for planetary motion. Aphelion is the maximum distance between the star at focus and the planet. Perihelion is the closest distance between the star at focus and the planet.
The distance of aphelion is given by
where are length of semi major axis and eccentricity respectively.
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